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O2 Generator Machine
O2 generator machine separate oxygen from compressed air so that the gas can be fed into industrial processes in real-time or stored in pressure tanks.
Features
Company Profile
Zhejiang Xikang Medical Equipment Co., Ltd is a leading manufacturer specialized in oxygen solutions. Our R&D Team has independent developing ability of the hard & software unit of the product. We produce oxygen concentrators from 1LPM-10LPM, which have been widely applied in homecare, hospitals, clinics, beauty salon, sports and high altitude area etc. Our factory is located at beautiful Wenling City, which only 3 hours away from Ningbo Port, convenient to export to any countries. We have passed ISO9001 quality certification. The annual production capacity is around 30,000 oxygen generators. All our workers are experienced and professional, they have strong cohesion, sense of responsibility and craftsmanship, which guarantee good and stable quality.
Why Choose Us
Our factory
Our factory is located at beautiful wenling city, which only 3 hours away from ningbo port, convenient to export to any countries. We have passed iso9001 quality certification.
One-stop service
We provide customs documentations, shipping logistics, insurances, quality inspections, form a, form e certifications and product warranties.
Oem/odm capability
We have the capability to design and manufacture a wide range of new items according to the buyers' requirements.
Quality items with warranty
All the items that we provide have ce and fda approval. We also provide a one-year warranty for most of our products.
Portable Oxygen Machine for Home Use
1.High definition LED screen and super clear reading.
2.With external humidifier bottle design, convenient to cleaned.
3.The oxygen concentrator will provide the function of oxygen and atomization. One machine, two functions.
Oxygen Concentrator 10 Liter Per Minute
1. Designed for the acquirement of high purity oxygen.
2. Oxygen concentrator has voltage alarm function, optional oxygen density indicator, current running time, total running hours, timing function, sound and light alarm function of power off, and pressure alarm function.
Oxygen Making Machine for Home
1. Designed for the acquirement of high purity oxygen.
2. The adsorption system is controlled by time and pressure, and the parameters can be adjusted according to the maintenance service to keep the performance of the oxygen concentrator in optimal condition.
1. This product can be used for field work, especially in high altitude areas, and can be up to 4800 meters.
2. It consists of a compressor, filter, molecular sieve adsorption separation device, radiator, control system, flow control system, and so on.
Portable Oxygen Machine for Home
1. The oxygen flow could be adjusted from 1L-5L/min.
2. Although it is small in size, it has a very powerful kinetic energy and can provide you with a continuous flow of 5L of oxygen.
1. The KAFODE oxygen concentrator has FDA/CE approved certification.
2. Digital flowmeter adjustable. You can see the real-time oxygen concentration on the screen. The oxygen concentrator is reassuring to use.
1. KAFODE oxygen concentrator is a very cost-effective oxygen concentrator. Designed for the acquirement of high purity oxygen, it meets the needs of most customers to a great extent.
2. High bottom wheel design makes the machine convenient to move and carry.
1. Continuously provide 5L of medical-grade oxygen. It is equipped with a low oxygen concentration alarm function as standard. It is the first choice for the cost-effectiveness of safe oxygen therapy.
2. Advanced molecular sieve filling technology and cooling technology improve user experience.
KAFODE household oxygen generator is designed for the acquirement of high purity oxygen. Household oxygen concentrators have been widely used in some diseases as oxygen therapy. People can inhale oxygen at home. Oxygen concentrators have become the family partner for people's daily homecare.
What is O2 Generator Machine?
O2 generator machine separate oxygen from compressed air so that the gas can be fed into industrial processes in real-time or stored in pressure tanks. Oxygen generators are used in dozens of industrial applications ranging from gold mining to aquaculture. Normal ambient air is made up of 78% nitrogen, 21% oxygen and other trace gases like argon and co2. In order to remove the nitrogen and trace gases, an oxygen generator is used.
Advantages of O2 Generator Machine
Portability and convenience
One of the significant advantages of oxygen concentrators is their portability. Unlike oxygen tanks, concentrators are lightweight and can be easily moved from one room to another. Some models even feature wheels and handles for added convenience, allowing users to maintain their oxygen therapy while on the go. This means that individuals with respiratory conditions can have the freedom to move around their homes or even travel without the burden of heavy equipment.
Cost-effectiveness
Another advantage of oxygen concentrators is their cost-effectiveness in the long run. While the initial purchase price may be higher than that of oxygen tanks, concentrators eliminate the ongoing costs associated with refilling tanks. As long as a power source is available, concentrators can provide an uninterrupted supply of oxygen, saving patients money in the long term. This is particularly beneficial for individuals who require long-term oxygen therapy, as the cost of refilling tanks can add up over time.
Increased independence for patients
Oxygen concentrators offer patients the freedom and independence to carry out their daily activities without being tethered to a stationary oxygen source. With portable concentrators, patients can travel, attend social events, and even engage in physical activities with a medical-grade supply of oxygen. This increased independence can greatly improve the quality of life for respiratory patients.
How Does an O2 Generator Machine work?
An o2 generator machine works by separating oxygen from other gases in the air using various technologies. The specific method employed depends on the type of o2 generator machine. Here are the main features of an o2 generator machine and its operation:
Air intake: The o2 generator machine draws in ambient air from its surroundings. The air typically contains approximately 78% nitrogen, 21% oxygen, and trace amounts of other gases.
Filtration: The incoming air goes through a series of filters to remove impurities, dust, and other particulate matter. These filters ensure that the oxygen produced is of high quality and free from contaminants.
Compression: After filtration, the air enters a compressor, where it is pressurized. This compression process increases the concentration of oxygen while reducing the concentration of nitrogen and other gases.
Separation: The pressurized air moves into a molecular sieve bed, which consists of zeolite material. Zeolite is a substance with a high affinity for nitrogen. As the air passes through the sieve bed, the zeolite selectively absorbs nitrogen molecules, allowing oxygen molecules to pass through more readily.
Oxygen collection: The purified oxygen, now separated from nitrogen and other gases, is collected and stored in a reservoir within the oxygen generator.
Delivery: The collected oxygen is then delivered to the user through a flowmeter and a delivery system such as nasal cannulas or a face mask. The flow rate can be adjusted according to the user's prescribed oxygen therapy requirements.
Continuous operation: Oxygen generators are designed to operate continuously, ensuring a steady supply of oxygen. They often incorporate cycling systems that alternate the adsorption and desorption phases of the molecular sieve bed, allowing for continuous oxygen production.
O2 generator machine provide a convenient and cost-effective solution for individuals needing supplemental oxygen therapy, allowing them to receive the required oxygen concentration without the need for bulky oxygen tanks or frequent refills.
What is the Difference Between an Oxygen concentrator and an O2 Generator Machine?
An oxygen concentrator and an o2 generator machine are two different devices used for generating or concentrating oxygen, but they are unique in the way in which they operate.
Oxygen concentrator
An oxygen concentrator is a small medical device that takes in ambient air and removes nitrogen from it in real time, providing breathing air with a higher level of oxygen to the user. They are an alternative to replaceable oxygen tanks, and can be plugged in or portable. According to webmd, about 1.5 million oxygen concentrators are used in the united states.
Here are the key points about oxygen concentrators:
Operation: Oxygen concentrators use a process called pressure swing adsorption (psa) to extract oxygen from the air. The air is drawn into the concentrator and passed through a series of filters, which remove impurities and separate oxygen from nitrogen using molecular sieve beds.
Concentration levels: Oxygen concentrators typically deliver oxygen with concentrations ranging from 87% to 95%, depending on the specific model and settings. This concentration is sufficient for most therapeutic uses.
Power source: Oxygen concentrators are electrically powered devices. They require a continuous source of electricity to operate and are commonly used in homes, hospitals, and other healthcare facilities.
Portability: While some battery-operated models are portable and designed for mobility, most oxygen concentrators are larger and must be plugged in.
Medical use: Oxygen concentrators are commonly used to provide supplemental oxygen therapy to patients with respiratory conditions such as chronic obstructive pulmonary disease (copd) or in other situations where additional oxygen is required.
O2 generator machine
An oo2 generator machine, also known as an oxygen plant, is a device that generates oxygen by separating it from other gases in the atmosphere. O2 generator machine are typically used in industrial applications, but they can also be found in medical settings for large-scale oxygen supply.
Here are the key points about o2 generator machine:
Operation: O2 generator machine employ various methods such as pressure swing adsorption (psa), membrane separation, or cryogenic distillation to separate oxygen from air. The specific technique used depends on the scale and requirements of the application.
Concentration levels: O2 generator machine can produce high-purity oxygen with concentrations ranging from 90% to over 99.9%.
Power source: O2 generator machine can be powered by electricity or other energy sources, depending on the design and size. They are generally larger and more powerful than oxygen concentrators.
Portability: O2 generator machine are large, stationary units installed in industrial or medical facilities to meet the demand for large volumes of oxygen.
Industrial use: O2 generator machine are commonly employed in industries such as steelmaking, chemical processing, water treatment, and aerospace. They are used for applications that require high-purity oxygen in large quantities.
The main difference between an oxygen concentrator and an o2 generator machine lies in their operation, concentration levels, power source, portability, and overall applications or industry focus. While oxygen concentrators are primarily used for medical purposes, o2 generator machine are larger devices primarily used in industrial settings to produce high volumes of oxygen.
Types of O2 Generator Machine
Pressure swing adsorption (psa) is the most common method of producing oxygen at an industrial scale. Psa generators separate nitrogen from ambient air inside a pressurized tank filled with zeolite. Zeolite is a natural or man-made mineral that acts as a "molecular sieve." it is this ability to "sort" molecules by size that makes zeolite so useful. The larger nitrogen molecules are adsorbed by the sieve material while the smaller oxygen molecules drift past and are collected. Pressure is then released, the nitrogen molecules are vented to the atmosphere, and the tank is pressurized again.
Using psa will result in 90-95% oxygenated gas. Further refinement can be achieved by repeating the process until over 99% "pure" oxygen is generated.
As a side note, the psa process can also be used to generate nitrogen by collecting the nitrogen molecules and venting the oxygen. Psa is also used in the large-scale commercial synthesis of hydrogen used in oil refineries and in the production of ammonia for fertilizer.
Membrane oxygen generators us a compressed air stream passed through semi-permeable materials that allow for the passage of specific molecules. Under pressure, smaller oxygen molecules pass through the membrane, filtered out and collected leaving a stream of nitrogen flowing out the opposite end of the membrane. While membrane-type generators are not as common, they are considered to be more reliable because there are no moving parts that can fail.
A chemical oxygen generator is a device that releases oxygen by a chemical reaction. A container of inorganic salts called "superoxides" or sodium chlorate are ignited. As they heat they give off oxygen until the compound is consumed.
Because of their long shelf-life, stability and small size (about the size of a can of soda) chemical oxygen generators are used in commercial airliners. Mounted over the seats, each generator can produce enough oxygen for 2-3 masks for 10-20 minutes. A similar device is called an oxygen candle. It works using the same principle of releasing oxygen with heat, and is used as a personal safety oxygen supply in mines, submarines and on the space station.
Application of O2 Generator Machine
Fish farms & aquaculture
Like humans, fish and other marine animals required oxygen to survive. With the prevalence of fish farms, the "farmers" must insure their livestock gets proper oxygen to survive. Before fish farming was done on an industrial scale, the farmers would fence off an area of water at the edge of a lake to raise their catch. With industrial oxygen generators, farmers now have the ability to raise fish in man-made pools of oxygenated water. The benefit to the farmer is higher stock densities in a smaller area and faster fish growth
Sewage and waste water treatment
In waste water treatment plants oxygen generators are used to provide additional oxygen to the bacteria that enable biodegradation to occur. The bacteria break down the sludge into co2 and water faster if supplemental oxygen is added during the process.
Steel industry
Industrial oxygen generators are used in the steel manufacturing process in several ways. Oxygen furnaces are used for decarburization, the process of decreasing the carbon in the metals while in a molten state. Oxygen is also used to increase the melting rates in the furnaces and reduces scaling when reheating furnaces.
Gold mining
Mines that extract gold on an industrial scale use oxygen generators during the cyanide leaching process. A sodium-cyanide solution is mixed into crushed gold-bearing rocks along with oxygen to release the gold from the rock.
Welding
Oxyacetylene cutting and welding of metals use liquid fuel and oxygen to increase the flame temperature so that the metal is melted at the point of the welding tip. This melting can be used to weld or to cut the metal.
Glass blowing
Like welding, glass blowing requires high levels of heat to melt the glass. Oxygen is used to increase the temperature of the flames both in ovens and for torches used to shape the glass pieces.
Pulp and paper manufacturing
Delignification is the process of extracting lignin from the plant material in one of the steps required to make paper from trees. Large amounts of oxygen are required in this process, as well as several other later steps in pulp and paper manufacturing.
Flow rate
The flow rate capability is a crucial factor in o2 generator machine, as it determines the rate at which oxygen is supplied to the patient, measured in litres per minute (lpm). Typically, oxygen flow rates range from 3 to 10 lpm, and some devices can produce more than 10 lpm.
Ensure that the device you choose has a working adjustable flow meter to customise the oxygen delivery to the user's specific needs. Patients with stable oxygen requirements may opt for lower-output devices, while those with severe respiratory distress or hospitalisation may need higher outputs.
Selecting an o2 generator machine with a capacity higher than your requirement is essential to be prepared for unexpected situations. For instance, if you need 5 lpm, opt for a device with an 8 lpm output.
Power consumption
The power consumption of an o2 generator machine depends on its size and settings. Stationary o2 generator machine, suitable for those requiring higher oxygen levels, are larger and heavier and do not run on batteries. Check the product packaging for specifications on amps and volts to estimate the impact on your electricity bill.
For lower and stable oxygen requirements, consider concentrators operated on batteries. These are lighter, portable, and come with battery backup to ensure your safety during times of need. Choose the appropriate type of o2 generator machine based on your specific oxygen needs and portability preferences.
Portability
A portable o2 generator machine is ideal for individuals with an active lifestyle who are often away from home. These concentrators come with batteries and a plug-in option, providing freedom and flexibility to use during meetings or driving. They are compact, lightweight, and discreet, allowing you to participate in social events and maintain a good quality of life.
The philips simplygo mini o2 generator machine is recommended for its portability features.
Consider a non-portable o2 generator machine with a higher capacity if your oxygen requirements are higher. While they may be larger, heavier, and more expensive, they ensure your oxygen needs are met without compromise.
Oxygen concentration
O2 generator machine filter and deliver oxygenated air to the user, providing a specific percentage of oxygen known as o2 generator machine. The concentration capacity varies based on each concentrator model's design, quality, and number of filtration systems.
Typically, o2 generator machine levels range from 87-99 per cent, similar to oxygen cylinders. Patients with chronic respiratory issues require higher o2 generator machine for breathing and should choose high-powered options capable of supplying elevated oxygen levels.
For those not requiring high oxygen concentrations, portable and lightweight o2 generator machine are suitable. The o2 generator machine is one of the best options with optimum oxygen concentration.
Noise level
Considering the noise level of your o2 generator machine is crucial, even though it's often overlooked. With technological advancements, modern concentrators typically produce sound levels ranging from 30-60 decibels, making them relatively quiet.
The noise level of an o2 generator machine depends on factors like power capacity, size, and weight. Devices with higher power and flow rates tend to generate more noise, while smaller, portable concentrators with lower power and flow rates are quieter and generate less heat.
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